Using Siemens

Yogyakarta,15-17 April 2014

Objective

PLC Training is also designed to help delegates keep abreast of the latest Siemens’s PLC technologies and techniques available in this area, this tutorial offers an excellent opportunity for delegates to ask specific questions and exchange ideas relating to their own applications.

Who Should Attend

• PLC Engineering and Design Personel
• Maintenance and technical services personnel
• P rocess and operations personnel
• Technical and process managers
• Engineering and design personnel
• Electrical consulting engineers
• Electrical contractors

Course Content

Introduction

This section will begin with a discussion of basic theory of operation and how it is used to control a process. It will also identify potential applications and relate how PLC control compares with traditional methods of control. A discussion of the benefits of  PLC control will follow.

Hardware Configuration

This section will describe the various components used in the formulation of a PLC control system for Siemens S7-400. Included will be methods to select the correct features and capabilities to match the process requirements.

• CPU sizes and types
• Backplanes
• Power supplies
• I/O module types

Installation and Wiring Considerations

There are necessary steps that must be taken to ensure that the control system will be correctly installed to provide safe and reliable operation. Installation recommendations and techniques will be given for the following:

• Power and grounding
• Enclosures
• Input devices and wiring methods
• Output devices and wiring methods

Commissioning

This section will discuss the methods used and preparations that should be made to guarantee a smooth and trouble free system start-up.

Safety Issues and Techniques

This section will define the major safety issues relating to control systems. A number of techniques will be discussed to address these issues including:

• Solid state switching
• E-Stops
• Power-up delays
• Equipment re-starting
• Watchdog circuits
• MCR circuits

PLC Numbering Systems

PLC control system hardware and software use alternate numbering systems. The delegate will be exposed to the different base systems and how to convert to and from the decimal format.

Programming Siemens S7-400

The delegates will be instructed in the commands and logic necessary to assemble a basic PLC program to control an industrial process. The delegate will perform a simple programming exercise.

Interactive Discussion

This will be an opportunity for delegates to interact and trade relevant stories and experiences.

Programming Software

Various types of programming software will be introduced to the delegates. Techniques for simple program development and downloading will be demonstrated. Topics will include:

• Program functions
• Program keying and development
• Connecting to the PLC
• Set-up
• Program downloading
• Monitoring and diagnostics

Hardware will be available so that the delegate can get some hands on experience programming and downloading.

Structured Programming

The concept of structured and block programming will be explained. Methods and techniques will be described which can be used to organize and standardize PLC programs so that they can be easily understood.

Documentation Strategies

The various types of documentation required for effective installation, maintenance, and troubleshooting will be reviewed.

Programmable Logic Controller Troubleshooting

Troubleshooting a Programmable Logic Controller-based control system has its challenges and advantages. The necessary tools and techniques required to perform this will be covered. The use of programming software to monitor and diagnose process and hardware problems will be demonstrated.

Operator Interfaces

The various types of operator interfaces and how they can be used to enhance the control and diagnostic abilities of the Programmable Logic Controller will be discussed.

Data Acquisition

Methods of collecting and storing process data using the PLC s7-400 and peripheral computer stations will be described. Advanced data representation, graphics, and calculations using the computer to enhance the adaptive control capability of the Programmable Logic Controller based system will also be covered.

Commissioning

This section will discuss the methods used and preparations that should be made to guarantee a smooth and troublefree system start-up.

Safety Issues and Techniques

This section will define the major safety issues relating to control systems. A number of techniques will be discussed to address these issues including:

• Solid state switching
• E-Stops
• Power-up delays
• Equipment re-starting
• Watchdog circuits
• MCR circuits

PLC Numbering Systems

PLC control system hardware and software use alternate numbering systems. The delegate will be exposed to the different base systems and how to convert to and from the decimal format

Methode

• Presentation
• Discuss
• Case Study
• Evaluation
• Simulation (Laboratory/Workshop)*

Facilities

• Module/ Handout
• Certificate
• Traning Kit
• Souvenir

Course Fee

Course Fee: Rp 7.500.000,- / Participant Nett Non Residential

Fasilitator

  Ir. Edwin Ardiansya, SE & Team

  Expert in Motors, Drives, Automation using DCS & PLC

  System Integrator Siemens

Time and Venue

Public Training

Time      :  15-17 April  2014

                  20-22 Mei 2014

Place     : Aston Hotels Yogyakarta

Inhouse Training

Depend On Request time

The post Programmable Logic Control appeared first on Warta Pelatihan.

USING ETAP

Yogyakarta,  14-17 April 2014

Description

This course is designed for electrical engineers, system operators, and planners to introduce the fundamentals of Transmission and Distribution engineering using ETAP. Theoretical and practical concepts and examples will be explored to assist the technical professional with their primary functions. Effects of system unbalance and solutions, optimization techniques using optimal power flow and capacitor placement will be analyzed as well as system operations such as switching and contingencies will be studied.

This course provides the skills, knowledge, and techniques necessary to become proficient in ETAP to conduct power system studies, from modeling to analysis. The purpose of this Course is to develop a thorough understanding of ETAP’s capabilities and analytical techniques to solve a variety of practical problems.(cg)

TOPICS:

General Overview, One-Line Diagram, Library Systems, Load Flow, Short-Circuit (ANSI and IEC), Arc Flash, Star (Device Coordination and Selectivity), Motor  Acceleration

Course Content

Modeling Electrical Systems

1.  Creating a One-Line Diagram

• Build Skeleton of System

1. Creating a new project

• Minimum Data entry
• Load Flow to double-check
• Explain error review process

• Adding a New Substation

1. Minimum Data Entry
2. Cable Data Selector

• Dealing with Sub-One Line Diagrams

1. System Dumpster
2. Composite Networks

• Adding Protective Devices

1. Auto-Insert
2. Optional Data Entry
3. Show/Hide

• 3-D Modeling

1. Presentations
2. Configurations
3. Revisions

Load Flow Analysis

• Open a Pre-Built Electrical System

1. Display Results
2. Study Case
3. Calculation Methods
4. Voltage Drop
5. Loading
6. Automatic Functions
7. Alerts
8. Reports

• Short Circuit Analysis

1. ANSI/IEEE Standards (C37)
2. IEC Standards
3. Transient Short-Circuit Analysis
4. Study Case
5. Calculation Methods
6. Device Evaluation
7. Alerts
8. Reports

• Device Coordination Analysis

1. Device Curve Review
2. Curve Selector
3. Interface with One-Line Diagrams
4. Interface with Short-Circuit
5. Changing Device Settings
6. Sequence of Operation
7. Plotting/Reports

• Arc Flash Analysis

1. NFPA 70E Standards
2. IEEE 1584 Standards
3. Data Entry
4. Calculation Methods
5. Evaluating Results
6. Reports
7. Labels
8. Safety Equipment

• Motor Acceleration

1. Static Acceleration: Approximating No Load / Full Load Time
2. Dynamic Acceleration: Minimum Data Entry
3. Load Transitioning
4. Time Toolbar
5. Adjusting Pre-Load
6. Load Sequencing
7. Increasing Load After Acceleration
8. Reports and Plots

 Who Should Attend

This workshop is tailored for technical individuals who work in the Transmission and Distribution field. This workshop is beneficial for those who conduct planning, optimization, and operation studies as well as consultants who provide services to this sector.

Coordinator

Tugino, ST, MT

Time and Venue

Public Training

Facilities

• Module
• Certificate
• Souvenir
• Training Kit

Course Method

• Presentation
• Discussion
• Case Study
• Simulation
• Practice
• Evaluation

Course Fee

Public Training

Course Fee: Rp 6.500,000,-/ participant Nett Non Residential

Note: The course will be held  if the minimum participant register at least 5 Person.

The post Electrical Power System Analysis Course Using Etap appeared first on Warta Pelatihan.

COURSE OBJECTIVES:

• Power System Analysis means verifying the adequacy of the power distribution system and it’s components.
• Recognize coordination related disturbances and outages.
• Collect the required data to perform a detailed coordination study.
• Derive complete protective device settings for some of the simpler electrical power systems that are consistent with NEC requirements. ( bx )

COURSE CONTENTS:

1. Introduction to Industrial Power Systems
2. Short Circuit Theory and Terminology

•   Effects of Short Circuits
•   Fault Current Sources
•   Machine Reactances
•   Fault Current Characteristics

1. Electrical Equipment Ratings

•  Fuses
•  Circuit Breakers
•  Motor Starters
•  Conductors and Bus

1. Balanced Fault Calculations
2. Coordination Fundamentals

•  Procedures
•  Data Collection
•  Scaling Factors

1. Plotting Time/Current Curves

•  Circuit Breakers
•  Fuses
•  Time Delay/Instantaneous Relays
•  Relay Coordination Intervals

1. Equipment Protection and Coordination

•  NEC and ANSI/IEEE Criteria
•  Conductors (Low and Medium Voltage)
•  Transformers
•  Motors e. Conductors (Low and Medium)

WHO SHOULD ATTEND:

This course is intended for anyone who must perform calculations, provide settings or approve the work performed by others. The trainee should be a graduate engineer or have the equivalent practical work experience in electrical power systems.

INSTRUCTOR

DR. Suharyanto

WAKTU & TEMPAT

08 sd 11 April 2013

08.00 – 16.00 WIB

Hotel berbintang di Yogya ( Grand Aston/Ibis/ Phonix/ MM UGM )

FASILITAS

1. Training Module
2. Training CD contains training material
3. Certificate
4. Stationeries: NoteBook and Ballpoint
5. Jacket or waistcoat or T-Shirt
6. Bag or backpackers
7. Training Photo
8. Training room with full AC facilities and multimedia
9. Once lunch and twice coffeebreak every day of training
10. Qualified instructor
11. Transportation for participants from hotel of participants to/from hotel of training (if minimal number of participants from one company is 4 persons)

REGISTRASI

Biaya kursus: Rp. 6.500.000,- per peserta (Non Residential)

                      Rp. 6.000.000,- per peserta ( Pendaftaran 3 peserta dari 1 perusahaan)

The post TRAINING ELECTRICAL POWER SYSTEM ANALYSIS appeared first on Warta Pelatihan.